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Nanoscale Interfaces Laboratory develops and applies advanced optical and time-resolved spectroscopic methods to understand how structure, defects and the local environment govern material behaviour
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on the effects of coupling of plasmonic oscillations in metallic micro-/nanostructures. It might be possible to achieve plasmonic crystals featuring broad frequency bands of extraordinary optical
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extraordinary optical transmission (EOT) in the UV-VIS-NIR spectral range. The insights from this project will have considerable impact on the fields of photovoltaics, flat screens and flexible
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-loss, negligible two-photon absorption, high optical nonlinearity, possibilities to engineer both positive and negative group velocity dispersion through waveguide design and high-Finesse optical
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ultrafast lasers and photonic systems targeting applications in biomedicine, micro-material processing and optical communications. By de-ploying our developed application-driven custom-tailored
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mechanical properties. Additionally, their dielectric, optical, mechanical, and electromechanical properties will be evaluated. You will join a strong team at the forefront of elastomeric materials
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), investigated mostly by optical spectroscopy, with the drawback that optical excitations alone are already complicated many-particle states, while low-frequency transport experiments are often not
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optical scattering and imaging methods to achieve this: second harmonic imaging, angle-resolved-second harmonic scattering, and correlated vibrational spectroscopy, all ultrafast optical methods
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molecular and optical technologies to study mechanisms of cell surface signaling, cancer neuroscience, and protein engineering, integrating molecular biology, cell biology, and systems neuroscience
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robotics applications (SAM3/ESR12 – soft robotics) This project takes place within the Marie Curie Doctoral Network on Soft Active Matter Microrobots for Medicine (SAM3). This doctoral network of 12 PhD